@@rylee1395 I think it’s because in 2021 gpus were extremely expensive, because of crypto. For example a 3070 costed $1,600 in my country, now it’s $500 lol
sadly itll be worthless by then, just as how 10 year old workstation builds are worthless now... they're used for professional work, and professional work can not afford to be done at a snail's pace.
Yeah, R24 hits differently! But, yeah CPU's are getting fast enough that R23 is getting to the point where it's not putting enough of a demand on the CPU over R24.
Not overkill at all I would full utilize it for Cinema4D/Redshift and Houdini (as much RAM and as many CPU cores as possible for sims!) There literally IS no overkill.
This is one amazing build. I would not have use for it, but for those who do, in fields like research models, it is incredible! I also love that your assistant was present! :)
exactly. if he built a custom loop, the gpus would just sit in the pcie slots. ive built 7gpu workstations with ekwb blocks and it looks slick. not like this abomination.
I am always amazed on all the high quality profesional content you create for all of us. I used one of your videos to make my new pc replacing my old i7 first gen build from 2010! Thank you for all your creativity at all levels!
I just love how you try to get the maximum performance out by using minimal components -- that is not using fancy case or RGB lighting. I know a lot of pc builders who would undoubtedly put more bucks on these least important things. A huge shout-out for you
@Muskeln-kaufende Imagine conflating a scientist with the actions of a Government. Or better yet, blame the Emperor for attacking Pearl Harbor. Those citizens died because the Japanese Empire couldn't keep their dick in their pants.
ah yes of course, how can we forget to celebrate the one and only brother amongst us that developed the weapon that can destroy all life on earth. Such a memorable, honorable gentleman.
@@max.racing Depends what software you use. For example, in some that support remote render farms, typically you can also treat your own pc as a render farm and utilize all registered GPUs. But u gotta check with the software in question, results may vary.
@@max.racing afaik the consumer nvidia cards do not pool vram with most render engines, i heard nvlink does work with pooling on consumer cards if you force it but nvidia gimped it and might continue to do so. workstation cards are better for these type of things since they're supported. rip heavy scenes if they exceed 24gb vram.
the reason for the cpu not being so hot with cinebench, is because it uses all the cores they stay at base clock ~2.8ghz, but with the 32 core bench they boost up to 4Ghz. that's where you can tell if the cooler is enough or not, because is very hard to remove all that focused heat from the die's specific areas. it seems to be ok.
Yea but it that because of throttling in the first place… 32 cores won’t get as hot as 128… a system that nerfs itself is counter productive. Why pay for half of the performance promised?
LOL, great intro! You post such good content about 'STRONG' computers, you are among the first I go to when it comes to hardware that can really blast! For my artwork I need super good processing (3D) and also GPU power. So I really appreciate the info you give out!
I like the idea of the power draw- but people can’t really quantify that unless they buy pcs and test them like you, so it would be better to do a render test like the blender classroom and see how long it takes
The little fella is the double of his dad. Top end pc and an amazing well put together vid. And im sure the little guy will be following in his old mans footsteps 1 day.
I like the video and intro, but at this price point would make more sense to run a custom loop for a cleanliness and better airflow within the case. While the rig is undoubtedly high end, it kinda looks like a hot mess.
Surprised there’s not a full loop for this level of PC. Seems like it would be a way to avoid some of the mess with the side of the cards 😂. Insane build tho!
Water cooling the GPU could have saved some space. Wondering what AMD Bergamo chip build would be like as it's more into high-end server / workstation chip
I had a similar build during the pandemic. Work allowed me to build a workstation based on a Tr 3995x, 256Gb, designare board, 10tbx8 raid array + 2x8tb ssd and two office-suppied A5000.
Dude, if you spend 50k to have this, (and play 8k/120fps lol) I'm sure you can squeeze another 2k at most and make the system an entire hard tubing water-cooled system, and include the GPUs in it with replacing all the GPU radiators with water-block and active backplates. This way you will have more than enough space to arrange them looking beautifully, and keeping them much cooler at the same time. because let's admit it, no matter how many fans you stuff in that case, 3x4090 and everything else in there will make that case warm up like a fireplace.
Love your channel ! You're the only one I know of showcasing true Workstation builds. I'm so tired of watching gaming PC builds. I'm old and retired but I built an almost identical Workstation for my CG hobby. However, I do run CPU & GPU's on a simple soft tube custom loop, it really cleans things up. ( Think Un-Janky ) My main tools are Solidworks, C4D & Redshift. I was pulling 1,780 Watts from the wall for my one hour stress test / burn-in using AIDA64. No issues popped up.
Very good explanation for TR workstation build~! I enjoyed it. The latest BIOS version is 1201, from which you can control fan speed. Of course, that is still possible at IPMI. To see 8 sticks of RAM in monitoring programs, set Server Mgmt menu -> BMC DRAM SMBUS Switch -> BIOS The latest firmware version of BMC is 1.32. I believe that you already chaged the password of the administrator account in IPMI. As you know, the strict secure principle of BMC/IPMI makes several inconveniences 1) RMA not direct AS 2) Can't use sensors to control the workstaion but can read parts of them. In more detail, one prefer to control customly water-cooled system based on temperature of coolant. In air-cooling system, one may control fan speeds & RGB based on temperatures of CPU, VRM, etc. Via IPMI & BIOS/UEFI, we can control system fans. But we can not use T-sensor for controling speed of water pump in other utilities, just read the value of it. And there are other facts that we may happen to see during the build. So, I'd like to recommend any usb herb of PWM & Sensor ports like Quadro or Octo, etc.
You may want to look into getting a Superflower 2000W Leadex Platinum PSU. Suplerflower is the manufacturer of the EVGA G2, G3, P2, P3, and T2 lines of PSUs. They are very good power supplies. I would also recommend getting a sheet of Honeywell PTM7950 for the CPU die, instead of paste
In my experience with PC building over the last 24 years, my advice is to never skimp on the power supply. Always buy the best power supply money can buy. Also, I have found through my experience that EVGA makes the best highest bin parts. I have had so many power supplies fail, even my brothers platinum rated 850w Seasonic power supply failed after only a few years of constant use. I built my then top of the line gaming computer in May 2017, and have ran it nonstop with the same EVGA 1000w T2 14+ hours a day.
Now this is the content I subbed for! lol. Now that I've seen this build, I dream of a rack-style build of similar scale, but with full watercooling on all components both for space management and performance. And a slim rack like that could even hang on a wall as a standalone pc, which is something I intend to build sometime in the future. Great work, and editing is top notch as always.
It's unfortunate that Nvidia got greedy(ier) and no longer offer nvlink like they did on 3090. Would be even beastier to be able to daisy-chain them together with shared memory...
Sli is on the motherboard now… But yes it would be nice to maintain x16 across all slots. Perhaps having that physical pathway could bypass the bottlenecks and software limits. You can even shared resources and gpu inside the network or cloud now or make your own.
Love your channel. It's so great to see builds for animation pros and not just gaming. Currently doing research fot my next build for running Unreal Engine and local AI.
There's such an essay solution to the space issue here. Just watercool the GPUs and make them 2 slot. Easy. Done. I've got a Cooler Master EVO 700,which is an absolutely humongous case, but I needed some separation between a very hot RAID card, 25Gbit SFP28 NIC and the graphics card. The 4090 taking nearly 4 slots was a nightmare, so I had no choice other than to watercool the GPU or the cards would be really close to one another.
Crazy, you just keep pumping out amazing builds loaded with so much detailed info. I will be building a Threadripper Pro system soon, probably of the 7000 series. Great work, best video yet. "1400 watts" Your reaction, priceless.
awesome build!!! WOW! How would this machine do when rendering youtube videos ? I see rendering YT video use all CPU's/threads at almost 100% with a 13900K. The 13900K renders YT videos in 5 minutes or less for an hour+ of 1080p. Could you render a YT video on a machine like this and show how it reacts?
People can say whatever they want about how it looks estheticly and all but I am with you brethren, as long as it stays under 70 degrees and stay kool while running heavy load then thats all that matters. Performance over looks. Just keep it like that bro, it may look janky but it doesnt matter because it excels in performance and not looks. Great job on building this monstrous pc😊
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